O-E Land

Our wavelength beam combiner (splitter) is a micro-optics based fiber wavelength beam combiner (splitter) with any wavelength range from 300 nm – 2400 nm. Specifically, the OEWBC-100 can combine or split two or more wavelengths in the range 300 nm – 2400 nm. It can work with single-mode fiber, multimode fiber, PM fiber and plastic-optical fiber. Virtually any number of input wavelengths can be combined with high efficiency and low insertion loss.

The O/E Land’s OEDMS-100 chromatic dispersion measurement system is based on high-performance tunable laser sources integrated with a vector network analyzer (VNA). It covers a wider dispersion range than other available products in the market. OEDMS-100 is available at various center wavelengths including 1030 (or 1064), 1310, 1550 and 2000 nm. The built-in Tunable Laser Source (TLS) and power meter can also be used individually with a user-friendly interface through the USB port.

O/E Land's OEDCG-100 is a dispersion compensating module based on fiber Bragg gratings. It features a compact size, small insertion loss and customized dispersion slope. Our unique fiber grating apodization technology enables us to fabricate dispersion compensation grating filters with high isolation, low side lobes and low ripples.

O/E Land's fiber-optic circulator is a 3-port device which can be used in variety of optical systems. It is a polarization-independent device with low polarization-dependent loss (PDL). The optical path is epoxy free, thereby enabling relatively high-power applications. The isolator is compact, highly stable and reliable, meeting the Telcordia GR-1221-CORE reliability standard.

O/E Land's fiber-optic isolator works with any polarization state, and it features low polarization-dependent loss (PDL) and low polarization mode dispersion (PMD). The optical path is epoxy free, thereby enabling high-power applications. Being made with metallized solder package technology, this isolator is highly stable and reliable, meeting the Telcordia GR1221-CORE standard.

O/E Land Inc. offers compact and lightweight femtosecond laser sources with pulse durations as short as 50 fs in different spectral regions of 1 to 2 µm. Pulse repetition rates range from 100 Hz to 100 MHz. This turn-key solution is available with moderate to high output powers.

Mastering advanced FBG writing technologies with holographic phase mask and e-beam phase mask, O/E Land can produce many different types of fiber Bragg gratings with different types of packaging. We have full license for the CRC/UTC Fiber Bragg Grating Technologies Portfolio, and have a vast inventory of fiber gratings.

O/E LAND INC. has also developed a strong expertise in the writing of multi-grating arrays with 2, 3, 4, 6 or up to 16 fiber gratings in a single fiber, with no need for splicing. Fiber Bragg grating arrays can be used in DWDM, CWDM optical systems to add or drop multiple channels simultaneously, and in sensors and for instrumentation purposes.

O/E Land's fiber collimators and focusers are available as fixed or adjustable versions, in fiber-pigtailed or receptacle form, also with customized designs.

O/E Land’s high-power continuous-wave fiber laser sources are available in a wide spectral range from 1 to ~3 μm. Based on our advanced optical technologies, they feature stable single-mode operation output up to 50 W optical power. They can be used in various applications including, but not limited to, medical, spectroscopy, sensing and R&D. We also offer narrow-linewidth lasers and Raman lasers.

O/E Land's OEMFA-100 mode field adapter is a key component for efficient power coupling, e.g. between large mode area (LMA) and standard single-mode fibers. Coupling losses can be below 0.5 dB.

O/E Land offers various fiber-optic items:

• We make customized fiber couplers for various wavelengths; please contact us to discuss your requirements. We offer both single-window and dual-window broadband couplers, which meet the Bellcore GR-1209-CORE requirements.
• The low cost OEPBC-2000 polarization beam combiner is a micro-optics based, UV to mid infrared wavelength product for many applications like instrumentation, sensor, biomedical et al. It combines two light inputs of different linear polarization status coming from PM fiber into one single mode fiber. It can stand high optical powers with low insertion loss due to the epoxy-free light path.
• We also offer fiber patch cables and fiber-optic tapers.

O/E Land Inc. offers a wide range of fiber-optic sensors for temperature, strain, pressure, displacement, acceleration and humidity. Further, we have infrared gas sensors and accessories.

We have more than two decades of solid experience in designing and fabricating fiber Bragg gratings for various industrial applications such as fiber-optic sensors. Supported by our strong R&D team, these FBG's are made at our advanced fabrication facility situated in Montreal, Canada.

The Gain flattening filter (GFF), based on fiber Bragg grating technology, with model number OEGFF-100 is a reflective type filter. The OEGFF-100 can be used in C-band or L-band erbium doped fiber amplifier (EDFA) or Raman amplifier. One advantage of the OEGFF-100 compared with the thin film based GFF filter is that each filter shape is different due to customized fitting curve, and therefore no accumulated error when several of them are cascaded with each other. Advanced fiber Bragg grating fabrication technology and a patented temperature compensation package ensures the lowest ripple and smallest error function for the best gain equalization performance for your EDFA products.

O/E Land offers mode-locked fiber lasers with and without additional amplifiers. The applications include but are not limited to spectrometry, industrial and medical/biomedical. Specifically, the high-power UV pulsed laser sources are useful in medical applications and disinfection.

O/E Land offers mode-locked fiber lasers with and without additional amplifiers. The applications include but are not limited to spectrometry, industrial and medical/biomedical. Specifically, the high-power UV pulsed laser sources are useful in medical applications and disinfection.

O/E Land offers the OEFLS-NL-100 single-frequency fiber laser, emitting at 1520–1580 nm with <5 kHz linewidth. You can get 20 mW or even >50 mW output power.

Our precise variable optical delay line is based on our unique optical alignment technology with up to 50, 100, 200 or 400 mm air path variation, corresponding to optical delays of up to 165, 330, 660, and 1300 ps, respectively. Both electrical and manual versions are available. This product is an ideal solution for network equipment, test instrument and lab testing applications.

A low cost fiber displacement sensor is now available at O/E Land. Based on our patented technology on wide band tunable fiber Bragg gratings, our OEFDS-100 is used to measure the relative movement between two different positions in structures like bridges, big buildings, dams, etc. An optional built-in temperature sensor can be included for monitoring both displacement and temperature simultaneously.

A new fiber Bragg grating pressure sensor is now available at O/E Land. These sensors are suitable for measuring pressure in air, gas, water, liquid or other media. An optional temperature sensor can be built in with pressure sensor for monitoring both pressure and temperature at the same time. The FBG is not in physical contact with the medium in which the pressure should be measured.

The humidity sensor OEFHS-100 is based on a patent pending technology and is suitable for measuring the relative humidity (RH) in a wide range with high accuracy and sensitivity. An optional temperature sensor can be built in beside humidity sensor for monitoring both humidity and temperature at the same time.

The humidity sensor is available in metal packaging (OEFHS-100) or in PTFE known as Teflon (OEFHS-200) for applications where the metal packaging cannot be used. The sensor may be used in reflection or transmission mode. Multiple FBG humidity sensors can be placed in a single optical fiber.

Our DWDM-FBG fiber Bragg grating filters have flat top transmission windows and steep spectral slopes. With our unique apodization mask technology and our world class FBG writing technology, DWDM fiber grating filters have been made with more than 40 dB isolation and with a reflection bandwidth at –25 dB of less than 1 nm (100 GHz), 0.5 nm (50 GHz), 0.25 nm (25 GHz), 0.13 nm (12.5 GHz) and 0.06 nm (6.25 GHz). Our high quality DWDM fiber grating filter is the best in the industry, ideal for any kind of DWDM system. They are also suitable for fiber gyros, polarization-maintaining fiber amplifiers and other applications.

O/E Land's Inter-FBG is a series of low-cost, high performance fiber Bragg grating interrogation systems for various engineering and civil applications. It is a compact, PC-based, high accuracy, large dynamic range measurement instrument for FBG sensor measurements. The system includes an external device, PC-based application software and optionally a high-performance laptop. The user can choose 1310 nm, 1480 nm and 1550 nm spectral ranges. Due to the built-in laser source, no additional light source is needed.

O/E Land’s high resolution optical spectrum analyzers is available for various center wavelengths including 1060, 1310, 1550 and 2000 nm with a wide scanning span of up to 120 nm and a resolution better than 5 pm. The built-in Tunable Laser Source (TLS) and power meter can also be used individually with a user-friendly interface through the USB port. OEOSA-100 is a low-cost solution for testing fiber-optic components and for measurement and interrogation systems.

Our low cost OETMS-100 fiber Bragg grating temperature sensors can be widely used in construction, aerospace, electrical, petrochemical, biomedical, nuclear power stations and other industrial applications. The OETMS-100 has stainless steel body for harsh environments; the OETMS-200 with Teflon material and the OETMS-300 with ceramic material are suitable for nonmetal applications like high voltage transformer, microwave and strong electromagnetic fields, as well as high temperature applications. The fiber cable can be packaged with armored cable to protect from damage in a harsh environment like rust, shock, corrosion, vibration, and sharp mechanical object.

Our pulse stretcher and compressor fiber Bragg gratings are used in chirped-pulse amplification (CPA) systems. They exhibit low insertion loss, allowing for high system efficiency. O/E Land Inc. offers both standard and custom-made pulse stretching and compression fiber Bragg grating products.

Our pulse stretcher and compressor fiber Bragg gratings are used in chirped-pulse amplification (CPA) systems. They exhibit low insertion loss, allowing for high system efficiency. O/E Land Inc. offers both standard and custom-made pulse stretching and compression fiber Bragg grating products.

Our custom-made Raman fiber laser source provides output powers up to 50 W in a wide wavelength range from ~1090 nm to 2400 nm, which makes it suitable for many applications including, but not limited to, EDFA pumping, Raman amplification, optical components testing and R&D.

O/E Land’s mid infrared (MIR) supercontinuum and ASE light sources cover a wide wavelength range from 0.4 µm to ~4.5 µm with various bandwidths. They provide high output power of more than 2 watts via single mode fiber (SMF) output. Based on our advanced non-linear fiber optic technology, this light source is specifically targeting applications such as infrared (IR) spectrometry, IR countermeasures, sensor and R&D.

Our tunable pulsed fiber laser is a turn-key solution with tunable wavelengths in the 1-, 1.3-, 1.5-, 1.7- and 2-μm spectral region with moderate output power. Pulse durations can be between a few picoseconds to milliseconds. The center wavelength is controlled with a a user-friendly computer interface through the USB port.

Our tunable CW laser sources can perform continuous scanning over up to 100 nm tuning range at various center wavelengths from 780 to 3000 nm. Both manual and electrical tuning versions are available.

O/E Land's WDM multiplexer features low additional loss, high extinction ratio and isolation, high load-carrying power, high stability and reliability. With our unique apodization mask technology and our world class FBG writing technology, DWDM fiber grating filters have been made with more than 40 dB isolation and with a reflection bandwidth at −25 dB of less than 1 nm (100 GHz), 0.5 nm (50 GHz), 0.25 nm (25 GHz), 0.13 nm (12.5 GHz) and 0.06 nm (6.25 GHz). Our high quality DWDM fiber grating filter is the best in the industry, ideal for any kind of DWDM system.

O/E Land’s advanced swept laser source operates across the 1060, 1310, and 1550 nm ranges, utilizing an electrically tunable filter to provide bidirectional sweeping. For unidirectional sweeping, an electrical trigger is included, and an optical switch is available as an option.

This versatile laser is ideal for fiber sensor systems, fiber component testing, optical coherence tomography (OCT), biomedical imaging, spectroscopy, and instrumentation. It offers an electrical square-wave trigger for synchronization, simplifying signal acquisition, especially when paired with an optional custom wavelength reference.

The Fourier-Domain Mode-Locked (FDML) laser is a high-performance, ultra-fast swept source designed for applications that demand rapid and precise wavelength tuning. Covering the 1060, 1310, and 1550 nm spectral ranges, this laser delivers a broad tuning range with industry-leading sweeping rates of up to 4 MHz, ensuring both speed and high resolution. Optimized for OCT, spectroscopy, and metrology, the FDML laser provides high coherence length, low phase noise, and stable long-term operation. With medium to high output power, flexible control interfaces, and a compact fiber-based design, this laser offers reliable, seamless integration into a wide array of photonic systems.

The Dispersive Tunable Laser or Fourier-Domain Mode-Locked (FDML) Laser is an ultra-fast, high-performance swept source laser designed for applications requiring rapid and precise wavelength tuning. Operating in 1060, 1310 and 1550 nm spectral range, it delivers a broad tuning range with sweeping rates up to world record breaking of 4 MHz, ensuring exceptional speed and resolution. The FDML laser is optimized for use in optical coherence tomography (OCT), high speed fiber Bragg grating sensor interrogation, spectroscopy, and metrology, providing high coherence length and low phase noise. It features stable long-term operation, medium and high output power, and flexible control interfaces, making it suitable for both industrial and research environments. The laser's compact design and robust fiber-based architecture offer reliability and ease of integration into various photonic systems.